The Canon of Avicenna, one of the principal texts of Arabic origin to be assimilated into the medical learning of medieval Europe, retained importance in Renaissance and early modern European medicine. After surveying the medieval reception of the book, Nancy Siraisi focuses on the Canon in sixteenth- and early seventeenth-century Italy, and especially on its role in the university teaching of philosophy of medicine and physiological theory. Originally published in 1987. The Princeton Legacy Library uses the latest print-on-demand technology (...) to again make available previously out-of-print books from the distinguished backlist of Princeton University Press. These editions preserve the original texts of these important books while presenting them in durable paperback and hardcover editions. The goal of the Princeton Legacy Library is to vastly increase access to the rich scholarly heritage found in the thousands of books published by Princeton University Press since its founding in 1905. (shrink)

This paper compares and contrasts three groups that conducted biological research at Yale University during overlapping periods between 1910 and 1970. Yale University proved important as a site for this research. The leaders of these groups were Ross Granville Harrison, Grace E. Pickford, and G. Evelyn Hutchinson, and their members included both graduate students and more experienced scientists. All produced innovative research, including the opening of new subfields in embryology, endocrinology and ecology respectively, over a long period of time. Harrison's (...) is shown to have been a classic research school; Pickford's and Hutchinson's were not. Pickford's group was successful in spite of her lack of departmental or institutional position or power. Hutchinson and his graduate and post-graduate students were extremely productive but in diverse areas of ecology. His group did not have one focused area of research or use one set of research tools. The paper concludes that new models for research groups are needed, especially for those, like Hutchinson's, that included much field research. (shrink)

Girolamo Cardano's writings on medicine reflect both the complexity and diversity of the Renaissance medical world and the breadth of his own interests. This book draws on selected themes of in Cardano's medical writings to explore the relation between medicine and Renaissance.

In lieu of an abstract, here is a brief excerpt of the content:Journal of the History of Ideas 65.2 (2004) 191-211 [Access article in PDF] Oratory and Rhetoric in Renaissance Medicine Nancy G. Siraisi Hunter College In Renaissance medical practice rhetoric had an ambiguous reputation. Many authors warned physicians against use of persuasion or repeated some version of the truism that patients are cured not by eloquence but by medicines. On the other hand, physicians were also reminded that by (...) speaking well they helped patients to have confidence in their advice and to understand directions, which in turn facilitated cure.1 Yet some aspects of medical culture of the period between 1450 and 1600 seem profoundly attentive to rhetoric, at least as regards the use of language, performative elements, and the influence of these features in ancient models (most notably Galen himself).2 One area in which rhetoric had an unambiguous, acknowledged, and essential place was in the medical orations pronounced at university ceremonies. A sample follows: Pursuit of all these different things by study, investigation of obscurities with ingenuity, conquest of difficulties with industry, and—after penetrating into the very fibers of the earth and searching everywhere into the arcana of the whole of nature and from all herbs, fruits, trees, animals, gems, and even poisons—inquiry after remedies and the proper way to use them for all the ills of human life from so many authors, so many disciplines, and even from the very stars: these things, I say, [End Page 191] have uncovered so many hidden cures, been attained with such arduous powers of the mind, completed with so much effort of memory, offer so many things necessary for the health of the entire human race in common, that does not indeed [the entire enterprise of medicine] seem to have been superhuman and really in a certain way divine?3This nicely exuberant example of Renaissance medical rhetoric exemplifies the genre in several respects. The oration to which it belongs was originally delivered to an academic faculty of medicine by a physician; it shows the impact in medical settings of the revival of epideictic rhetoric, and its author drew on learned sources and commonplaces about medicine that belonged to a store of broadly humanistic erudition, shared both in and outside the medical profession. In fact the only truly distinctive feature of this passage is its author. It comes from Erasmus's Encomium medicinae, which he wrote in 1499 for a friend—a physician named Gysbertus—to deliver to the medical faculty of the University of Paris.4If Gysbertus was exceptionally fortunate in his ghost, many other surviving medical orations are internal products of medical faculties, the work of university masters or students of medicine. But whoever their authors, orations delivered in or written for an academic medical setting offer some telling illustrations both of the way in which certain kinds of humanistic interests and requirements came to penetrate medical learning and of the reaction of humanistic rhetoric to medicine. "Medical humanism" is usually understood to encompass both the core enterprise of intensive philological study, editing, and translation of Greek medical texts—never the occupation of more than a handful of hellenist scholars—and also the reception and scientific influence of the fruits of their labors among a wider medical audience. But Renaissance medicine was also a humanistic discipline in a much broader and more inclusive sense; that is, it both fostered and provided ample scope for the development among learned physicians of interests characteristic of humanistic culture in general: rhetoric, history, biography, fascination with remote peoples and places, and antiquarianism. At the same time, as the passage from Erasmus quoted [End Page 192] above demonstrates, humanists outside the medical profession interested themselves in medicine and controlled a stock of rhetorical commonplaces on the subject. To be sure, the penetration of terminology and concepts from medicine into the general culture long antedated the Renaissance.5 But the revival of rhetoric together with attention to ancient sources and commonplaces provided humanist observers with new tools for commenting, sometimes in quite specific and detailed terms, on the contemporary medical scene, a phenomenon... (shrink)

History of science and history of medicine are today largely organized as distinct disciplines, though ones widely recognized as interrelated. Attempts to evaluate the extent and nature of their relation have reached varying conclusions, depending in part on the historical period under consideration. This essay examines some characteristics of European medicine from the fifteenth to the early seventeenth century and considers their relevance for the history of science. Attention is given to the range of interests and activities of individuals trained (...) in or practicing medicine, to the impact of changes in natural philosophy, to the role of observation, description, and accumulation of information, and to the exchange of knowledge among the medical community. (shrink)

Girolamo Mercuriale (1530-1606) presents an especially striking example of the participation of physicians in the broader culture of late humanism. Throughout a long and successful career as a practitioner and, subsequently, professor of medicine, Mercuriale combined medicine with antiquarian and historical interests. In particular, his De arte gymnastica, a work that combines an account of ancient athletics with health advice, shows that he had many contacts among antiquarians in Rome. This article explores the relation and intersection of medicine, history, and (...) antiquarianism in Mercuriale's writings, successful search for patronage, and rise to fame as an eminent professor of medicine. (shrink)

Book reviewed in this article: Dangerous Diagnostics: The Social Power of Biological Information. By Dorothy Nelkin and Laurence Tancredi.

This article examines the functions performed by each of the “core” face processing regions: the fusiform face area, occipital face area, and superior temporal sulcus. It reviews the data from two complementary sources: functional imaging in healthy subjects and behavioral data from neurological subjects with damage to these regions. Data from functional neuroimaging allows for the determination of which regions are specifically engaged by which stimuli and which tasks; functional magnetic resonance imaging adaptation and pattern classification methods even allow for (...) the characterisation of the representations extracted in each. However, fMRI can only tell that a given region is sensitive to a particular stimulus property. fMRI cannot depict if the processing requires perceiving that property occurs in that area. In contrast, lesion data can answer the crucial question of whether a given brain region is necessary for a given computation. (shrink)

This chapter presents the advantages of the use of functional regions of interest along with its specific concerns, and provides a reference to Karl J. Friston related to the subject. Functionally defined ROI help to test hypotheses about the cognitive functions of particular regions of the brain. fROI are useful for specifying brain locations and investigating separable components of the mind. The chapter provides an overview of the common and uncommon misconceptions about fROI related to assumptions of homogeneity, factorial designs (...) versus independent localizers, a summary measure, and the naming of fROI. (shrink)

Although our subjective impression is of a richly detailed visual world, numerous empirical results suggest that the amount of visual information observers can perceive and remember at any given moment is limited. How can our subjective impressions be reconciled with these objective observations? Here, we answer this question by arguing that, although we see more than the handful of objects, claimed by prominent models of visual attention and working memory, we still see far less than we think we do. Taken (...) together, we argue that these considerations resolve the apparent conflict between our subjective impressions and empirical data on visual capacity, while also illuminating the nature of the representations underlying perceptual experience. (shrink)

This paper addresses the just distribution of vaccines against the SARS-CoV-2 virus and sets forth an ethical framework that prioritises frontline and essential workers, people at high risk of severe disease or death, and people at high risk of infection. Section I makes the case that vaccine distribution should occur at a global level in order to accelerate development and fair, efficient vaccine allocation. Section II puts forth ethical values to guide vaccine distribution including helping people with the greatest need, (...) reducing health disparity, saving the most lives and promoting narrow social utility. It also responds to objections which claim that earlier years have more value than later years. Section III puts forth a practical ethical framework to aid decision-makers and compares it with alternatives. (shrink)

Volume 20, Issue 7, July 2020, Page 128-132.

Our aims are to set forth a multiprinciple system for selecting among clinical trials competing for limited space in an immunotherapy production facility that supplies products under investigation by scientific investigators; defend this system by appealing to justice principles; and illustrate our proposal by showing how it might be implemented. Our overarching aim is to assist manufacturers of immunotherapeutic products and other potentially breakthrough experimental therapies with the ethical task of prioritizing requests from scientific investigators when production capacity is limited.